Bone grafting is a surgical procedure that uses transplanted bone to repair, replace, or rebuild missing, diseased, or damaged bone. The graft material can be derived from the patient’s own body, synthetic or natural. A bone substitute is a combination used to treat a broken bone. The combination used can be synthetic, inorganic or biologically organic. Ceramic, composite, or polymeric materials can be used to make a synthetic bone graft substitute. The global geriatric population is growing at an alarming rate. The risk of bone-related diseases increases with age. The human body is designed in such a way that over time, tendons and ligaments change their structure and the joints lose flexibility. In some cases, as the body ages, it becomes unable to produce enough new bone, necessitating the use of treatments such as synthetic bone grafts. In addition, osteoporosis, which is common in postmenopausal women, causes hip fractures, necessitating the use of synthetic bone substitutes. In addition, the shortage of natural bone grafts and an increase in the number of patients suffering from rheumatoid arthritis, osteoarthritis, neuropathic arthropathy and other joint diseases are expected to increase demand for synthetic bone graft substitutes. These factors are expected to drive the global synthetic bone substitutes market in the coming years. The use of synthetic bone substitute materials in patients can cause a number of problems as these materials are brittle when it comes to resisting torsion and bending when carrying a load. When evaluating treatment planning, physicians generally do not understand the relationship between the limitations of various regenerative bone grafting techniques and the predictable evolution of the required bone contours and bone volume for the overall success of the restoration, which is expected to limit the growth of global synthetic bone grafting. ..